Specification of new(XTL )0W-20
TITAN GT1 SAE 0W-20
Premium Performance Engine Oil with new XTL-technology in path-breaking viscosity class and
globally unique Zinc-free Additive Technology, for high performance cars with gasoline and diesel
engines. Specially designed for sportive driving and maximum power output. Extreme fuel-economy
characteristics. Excellent cold starting behaviour. Outstanding performance reserves.
Description
TITAN GT1 0W-20 is one of the most innovative
engine oils worldwide. The unique formulation
combines fully synthetic esters with XTL-base oils in
conjunction with the unique zinc-free Fuchs-additive
technology. The innovative XTL-Technology offers
highest performance over the full temperature range
from very low up to very high temperatures. The
unique lubrication properties of XTL-Technology
offer significant benefits in highly stressed engines,
especially also in latest downsized aggregates or
engines with Stop-Start-Systems. Engines with a
high power density enjoy reliable lubrication and
start easier and quicker. TITAN GT1 0W-20 reduces
friction and supplies first class wear protection.
TITAN GT1 0W-20 provides les fuel consumption
and thus less CO2 emissions, alternatively higher
engine power output.
Application
TITAN GT1 0W-20 can be used for gasoline and
diesel engines both with or without exhaust gas after
treatment systems, such as catalysts or particulate
traps. Also the product can be applied in many
vehicles of Asian manufacturers if the use of a C2
engine oil is specified. TITAN GT1 0W-20 may only
be used in diesel engines when also low sulphur
diesel fuel is being used. TITAN GT1 0W-20 is
miscible and compatible with conventional branded
engine oils. However, mixing with other engine oils
should be avoided in order to fully utilize the
product’s benefits. A complete oil change is
recommended when converting to TITAN GT1 0W-
20. For information on product safety and proper
disposal please refer to the latest Material Safety
Data Sheet.
Advantages/Benefits
· At cold start oil distribution time is significantly lower
and engine start takes place quicker.
· Due to XTL-Technology even further improved fuel
economy at the same SAE-viscosity level or
alternatively increased power output
· lower oil consumption offered by XTL-technology
· Improved ageing stability due to XTL-Technology
· Prevents the exhaust gas after treatment from
damage
· Extremely shear stable
· Can be used for extended drain intervals
· Durable also in high speed driving and high
outside temperatures
· Best wear protection at all operating conditions
Specifications
· -
Approvals
· -
FUCHS recommendations
· ACEA C2
· ACEA A5/B5
· API SL
· ILSAC GF-4
PI60475e, PMA, 04.10.2012, Page 1
CHARACTERISTICS
Density at 15 °C DIN 51757 0.863 g/ml
Kinematic Viscosity at 40°C DIN 51562-1 45.7 mm²/s
Kinematic Viscosity at 100°C DIN 51562-1 8.7 mm²/s
Viscosity Index DINI ISO 2909 172
Flash Point, CoC DIN ISO 2592 230 °C
PI60475e, PMA, 04.10.2012, Page 2